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Introduction to the characteristics of outdoor floodlights
Outdoor floodlights are not spotlights, spotlights, spotlights. Outdoor floodlights create a highly diffuse, non-directional light rather than a well-defined beam, resulting in soft, transparent shadows that fade much more slowly when used to illuminate objects than with spotlights , and even some outdoor floodlights with very slow fading, looking like a light source that doesn't produce shadows. Spotlights, on the other hand, project a directional, well-defined beam of light that illuminates a specific area.
General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or electrodes is an inevitable component that limits the service life of the lamp. High frequency electrodeless discharge lamps require no or less maintenance and have high reliability.
Compared with incandescent lamps, the energy saving is about 75%, and the luminous flux of 85W outdoor floodlights is roughly the same as that of 500W incandescent lamps. It uses solid mercury agent, which will not pollute the environment even if it is broken, and has a recyclability rate of more than 99%, which is a real green light source for environmental protection.
LED DOWNLIGHT
Introduction to the characteristics of outdoor floodlights
Outdoor floodlights are not spotlights, spotlights, spotlights. Outdoor floodlights create a highly diffuse, non-directional light rather than a well-defined beam, resulting in soft, transparent shadows that fade much more slowly when used to illuminate objects than with spotlights , and even some outdoor floodlights with very slow fading, looking like a light source that doesn't produce shadows. Spotlights, on the other hand, project a directional, well-defined beam of light that illuminates a specific area.
General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or electrodes is an inevitable component that limits the service life of the lamp. High frequency electrodeless discharge lamps require no or less maintenance and have high reliability.
Compared with incandescent lamps, the energy saving is about 75%, and the luminous flux of 85W outdoor floodlights is roughly the same as that of 500W incandescent lamps. It uses solid mercury agent, which will not pollute the environment even if it is broken, and has a recyclability rate of more than 99%, which is a real green light source for environmental protection.
Introduction to the characteristics of outdoor floodlights
Outdoor floodlights are not spotlights, spotlights, spotlights. Outdoor floodlights create a highly diffuse, non-directional light rather than a well-defined beam, resulting in soft, transparent shadows that fade much more slowly when used to illuminate objects than with spotlights , and even some outdoor floodlights with very slow fading, looking like a light source that doesn't produce shadows. Spotlights, on the other hand, project a directional, well-defined beam of light that illuminates a specific area.
General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or electrodes is an inevitable component that limits the service life of the lamp. High frequency electrodeless discharge lamps require no or less maintenance and have high reliability.
Compared with incandescent lamps, the energy saving is about 75%, and the luminous flux of 85W outdoor floodlights is roughly the same as that of 500W incandescent lamps. It uses solid mercury agent, which will not pollute the environment even if it is broken, and has a recyclability rate of more than 99%, which is a real green light source for environmental protection.
Introduction to the characteristics of outdoor floodlights
Outdoor floodlights are not spotlights, spotlights, spotlights. Outdoor floodlights create a highly diffuse, non-directional light rather than a well-defined beam, resulting in soft, transparent shadows that fade much more slowly when used to illuminate objects than with spotlights , and even some outdoor floodlights with very slow fading, looking like a light source that doesn't produce shadows. Spotlights, on the other hand, project a directional, well-defined beam of light that illuminates a specific area.
General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or electrodes is an inevitable component that limits the service life of the lamp. High frequency electrodeless discharge lamps require no or less maintenance and have high reliability.
Compared with incandescent lamps, the energy saving is about 75%, and the luminous flux of 85W outdoor floodlights is roughly the same as that of 500W incandescent lamps. It uses solid mercury agent, which will not pollute the environment even if it is broken, and has a recyclability rate of more than 99%, which is a real green light source for environmental protection.
General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps have filaments or electrodes, and the sputtering effect of the filaments or electrodes is an inevitable component that limits the service life of the lamp. High frequency electrodeless discharge lamps require no or less maintenance and have high reliability.
Compared with incandescent lamps, the energy saving is about 75%, and the luminous flux of 85W outdoor floodlights is roughly the same as that of 500W incandescent lamps. It uses solid mercury agent, which will not pollute the environment even if it is broken, and has a recyclability rate of more than 99%, which is a real green light source for environmental protection.